We can Copy Microcontroller PIC16C711 Flash, please view the Microcontroller PIC16C711 features for your reference:
The LCD timing generation provides an interrupt that defines the LCD frame timing. This interrupt can be used to coordinate the writing of the pixel data with the start of a new frame. Writing pixel data at the frame boundary allows a visually crisp transition of the image when copy microcontroller flash.
This interrupt can also be used to synchronize external events to the LCD. A new frame is defined to begin at the leading edge of the COM0 common signal. The interrupt will be set immediately after the LCD controller completes accessing all pixel data required for a frame from flash copying.
This will occur at a fixed interval before the frame boundary (TFINT), as shown in Figure 9-16. The LCD controller will begin to access data for the next frame within the interval from the interrupt to when the controller begins to access data after the interrupt (TFWR) after microcontroller flash being copied.
New data must be written within TFWR, as this is when the LCD controller will begin to access the data for the next frame. When the LCD driver is running with Type-B waveforms and the LMUX<1:0> bits are not equal to ‘00’, there are some additional issues that must be addressed after flash from microcontroller being copied.
Since the DC voltage on the pixel takes two frames to maintain zero volts, the pixel data must not change between subsequent frames. If the pixel data were allowed to change, the waveform for the odd frames would not necessarily be the complement of the waveform generated in the even frames and a DC component would be introduced into the panel from copying the flash of microcontroller.
Therefore, when using Type-B waveforms, the user must synchronize the LCD pixel updates to occur within a subframe after the frame interrupt. To correctly sequence writing while in Type-B, the interrupt will only occur on complete phase intervals. If the user attempts to write when the write is disabled, the WERR (LCDCON<5>) bit is set from microcontroller flash copy.
